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• W2020064985 abstract "Humans are innately social creatures, but cognitive neuroscience, that has traditionally focused on individual brains, is only now beginning to investigate social cognition through realistic interpersonal interaction. Music provides an ideal domain for doing so because it offers a promising solution for balancing the trade-off between ecological validity and experimental control when testing cognitive and brain functions. Musical ensembles constitute a microcosm that provides a platform for parametrically modeling the complexity of human social interaction. Humans are innately social creatures, but cognitive neuroscience, that has traditionally focused on individual brains, is only now beginning to investigate social cognition through realistic interpersonal interaction. Music provides an ideal domain for doing so because it offers a promising solution for balancing the trade-off between ecological validity and experimental control when testing cognitive and brain functions. Musical ensembles constitute a microcosm that provides a platform for parametrically modeling the complexity of human social interaction. this quantifies the efficacy of trans-synaptic corticospinal excitation, which is based on the strength of the descending cortical input and the local excitability of the spinal motoneurons. It provides a measure of neural motor activation and is thus often taken as a direct index of simulation processes running in the motor system. an auto-regressive statistical method for determining whether two time-series are causally related to one another. The method involves estimating the ability of past values from one time-series to predict future values of another time-series. neuroimaging methods involving the simultaneous recording of multiple individuals’ brain activity. Hyperscanning allows the brain responses from multiple subjects – and their interrelationship – to be quantified during social interaction. synchronous brain activity in two (or more) interacting individuals can arise through mutual modulations of neural activity. Such inter-brain synchronization may represent the information transfer between participants and thereby support interpersonal action coordination. patterns of coherent neural oscillations across distinct anatomical regions within an individual's brain reflect network-wide neural computations. The emergence of neuronal coherence is often assumed to indicate that information is being transferred within a selected subpopulation of computational units. this technique is used to induce reversible modulations of cortical excitability. rTMS can thus be employed to investigate the causal contribution of a specific brain area to a given cognitive process by inducing virtual brain lesions. the temporal alignment of rhythmic movements with external rhythmic events. Ensemble musicians synchronize the sounds that they produce and the expressive body movements that accompany their performances to fulfill aesthetic, communicative, and social goals." @default.
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• W2020064985 date "2015-03-01" @default.
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• W2020064985 title "What can music tell us about social interaction?" @default.
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• W2020064985 doi "https://doi.org/10.1016/j.tics.2015.01.005" @default.
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